The UK website Carbon Brief, which analysed government and industry data, found that 335 terawatt-hours were generated by power plants last year, down by about 1% on the year before. Since 2005 the level has fallen by 16% – or the equivalent of two and a half Hinkley Point C nuclear power stations.
Simon Evans, policy editor at the group, said: “It could be a combination of more efficient appliances, energy-saving lightbulbs and, more recently, LEDs. Then there’s supermarkets installing better fridges, industry using more efficient pumps. Across all of those businesses, efficiency will have been going up. And of course there’s the changing nature of industry in the UK.”
The financial crisis could also have played a role in making homes and businesses more careful with their energy use, he added.
While generation fell almost every year between 2008 and 2014, it remained stable between 2015 and 2017, before resuming its downward march in 2018.
Continuing to use energy more efficiently would help the UK reach its binding climate goals, Evans said. “Using less as an end in itself isn’t the point. But it is the case that meeting carbon targets is made easier if we use energy efficiently.”
Separate data from the National Grid showed that 2018 was the greenest year to date for electricity generation as more power is sourced from renewable sources and less from coal. The carbon intensity from electricity generation was down 6.8% last year and has more than halved since 2013.
The analysis by Carbon Brief found that renewable sources including biomass, hydro, solar and wind power supplied a record 33% of electricity this year, up from 29% last year. Renewables were just 6.7% of the mix in 2009.
Green energy was boosted primarily by new windfarms connecting to the grid, as well as new biomass plants, which included the conversion of a coal unit at Drax power station in north Yorkshire and the conversion of a former coal plant at Lynemouth, Northumberland.
Unlike conventional price comparison sites, which require people to actively search for a better deal and input their details and energy use, Labrador will automatically switch people’s accounts when it finds a cheaper tariff.
Jane Lucy, founder and CEO of Labrador, said: “We’re not about behaviour change: we assume consumer lethargy will remain.”
Flipper is a similar service that launched in 2016, relying on accessing a customer’s energy bills, which might be estimated. Labrador believes it will be more accurate, as it use a device that plugs into a customer’s broadband router and talks wirelessly to their smart meters, taking readings direct from them.
While Flipper charges an annual £25 fee, Labrador makes its money like a switching site, by being paid an acquisition fee by suppliers.
Lucy said she expected customers would be switched 1-3 times a year and save on average £300 a year. They are given the choice to tailor their preferences, for example, to just green energy tariffs.
The company has signed up about 500 customers since a soft launch in February, but aims to take 3% of the switching market within five years. In the future the company may branch out into home automation and helping consumers identify individual energy-guzzling appliances, Lucy said.
‘Everybody gets paralysed by bad news because they feel helpless,” says Christiana Figueres, the former UN climate chief who delivered the landmark Paris climate change agreement. “It is so in our personal lives, in our national lives and in our planetary life.”
But it is becoming increasingly clear that it does not need to be all bad news: a series of fast-moving global megatrends, spurred by trillion-dollar investments, indicates that humanity might be able to avert the worst impacts of global warming. From trends already at full steam, including renewable energy, to those just now hitting the big time, such as mass-market electric cars, to those just emerging, such as plant-based alternatives to meat, these trends show that greenhouse gas emissions can be halted.
“If we were seeing linear progress, I would say good, but we’re not going to make it in time,” says Figueres, now the convener of the Mission 2020 initiative, which warns that the world has only three years to get carbon emissions on a downward curve and on the way to beating global warming. “But the fact is we are seeing progress that is growing exponentially, and that is what gives me the most reason for hope.”
No one is saying the battle to avert catastrophic climate change – floods, droughts, famine, mass migrations – has been won. But these megatrends show the battle has not yet been lost, and that the tide is turning in the right direction. “The important thing is to reach a healthy balance where we recognise that we are seriously challenged, because we really have only three years left to reach the tipping point,” says Figueres. “But at the same time, the fact is we are already seeing many, many positive trends.”
Michael Liebreich, the founder of Bloomberg New Energy Finance, agrees. “The good news is we are way better than we thought we could be. We are not going to get through this without damage. But we can avoid the worst. I am optimistic, but there is a long way to go.”
Also cautiously hopeful is climate economist Nicholas Stern at the London School of Economics. “These trends are the start of something that might be enough – the two key words are ‘start’ and ‘might’.” He says the global climate negotiations, continuing this week in Germany and aiming to implement the Paris deal, are crucial: “The acceleration embodied in the Paris agreement is going to be critical.”
1. Methane: getting to the meat
Carbon dioxide from burning fossil fuels is the main greenhouse gas, but methane and nitrous oxide are more potent and, unlike CO2, still rising. The major source is livestock farming, in particular belching cattle and their manure.
The world’s appetite for meat and dairy foods is rising as people’s incomes rise, but the simple arithmetic is that unless this is radically curbed, there is no way to beat global warming. The task looks daunting – people hate being told what to eat. However, just in the last year, a potential solution has burst on to the market: plant-based meat, which has a tiny environmental footprint.
What sounds like an oxymoron – food that looks and tastes just as good as meat or dairy products but is made from plants – has attracted heavy investment. The buzz is particularly loud in the US, where Bill Gates has backed two plant-based burger companies and Eric Schmidt, formerly CEO of Google, believes plant-based foods can make a “meaningful dent” in tackling climate change.
New plant-based products, from chicken to fish to cheese, are coming out every month. “We are in the nascent stage,” says Alison Rabschnuk at the US nonprofit group the Good Food Institute. “But there’s a lot of money moving into this area.”
Plant-based meat and dairy produce is not only environmentally friendly, but also healthier and avoids animal welfare concerns, but these benefits will not make them mass-market, she says: “We don’t believe that is what is going to make people eat plant-based food. We believe the products themselves need to be competitive on taste, price and convenience – the three attributes people use when choosing what to eat.”
Plant-based milks – soya, almond, oat and more – have led the way and are now about 10% of the market and a billion-dollar business in the US. But in the past year, sales of other meat and dairy substitutes have climbed 8%, with some specific lines, such as yoghurt, shooting up 55%. “I think the writing’s on the wall,” says Rabschnuk. Billionaire entrepreneur Richard Branson agrees. “I believe that in 30 years or so we will no longer need to kill any animals and that all meat will either be [lab] or plant-based, taste the same and also be much healthier for everyone.”
2. Renewable energy: time to shine
The most advanced of the megatrends is the renewable energy revolution. Production costs for solar panels and wind turbines have plunged, by 90% in the past decade for solar, for example, and are continuing to fall. As a result, in many parts of the world they are already the cheapest electricity available and installation is soaring: two-thirds of all new power in 2016 was renewable.
This extraordinary growth has confounded expectations: the respected International Energy Agency’s annual projections have anticipated linear growth for solar power every year for the past decade. In reality, growth has been exponential. China is leading the surge but the impact is being felt around the world: in Germany last week there was so much wind power that customers got free electricity.
In the US, enthusiasm for green energy has not been dented by President Donald Trump committing to repeal key climate legislation: bn has been invested since he signed an executive order in March. “I am no longer concerned about electric power,” says Figueres.
3. King coal: dead or dying
The flipside of the renewables boom is the death spiral of coal, the filthiest of fossil fuels. Production now appears to have peaked in 2013. The speed of its demise has stunned analysts. In 2013, the IEA expected coal-burning to grow by 40% by 2040 – today it anticipates just 1%.
“Last year, I said if Asia builds what it says it is going to build, we can kiss goodbye to 2C” – the internationally agreed limit for dangerous climate change – says Liebreich. “Now we are showing coal [plans] coming down.” But he warns there is more to do.
Solar and wind are cheaper than new coal, he says, but a second tipping point is needed. That will occur when renewables are cheaper to build than running existing coal plants, meaning that the latter shut down. If renewable costs continue to fall as expected, this would happen between 2030 and 2040. At that point, says Liebrich, “Why keep digging coal out of the ground when you could just put up solar?”
4. Electric cars: in the fast lane
Slashing oil use – a third of all global energy – is a huge challenge but a surging market for battery-powered cars is starting to bite, driven in significant part by fast-growing concerns about urban air pollution.
China, again, is leading the way. It is selling as many electric cars every month as Europe and the US combined, with many from home-grown companies such as BYD. US-based Tesla is rolling out its more affordable Model 3 and in recent months virtually all major carmakers have committed to an electric future, with Volvo and Jaguar Land Rover announcing that they will end production of pure fossil-fuelled cars within three years.
“We have a domino effect now,” says Figueres. These cars are “now being made for the mass market and that is really what is going to make the transformation”.
“I don’t think it is going to slow down,” says Viktor Irle, an analyst at EV-volumes.com. Drivers can see the direction of travel, he says, with a stream of choked cities and countries from Paris to India announcing future bans on fossil-fuelled cars.
It is true that global sales of electric cars have now achieved liftoff, quadrupling in the past three years, but they still make up only 1.25% of all new car sales. However, if current growth rates continue, as Irle expects, 80% of new cars will be electric by 2030.
Batteries are key to electric cars and, by storing energy for when the sun goes down or the wind stops blowing, they are also vital when it comes to enabling renewable energy to reach its full potential. Here too, a megatrend is crushing prices for lithium-ion batteries, which are down 75% over the past six years. The International Renewable Energy Agency expects further falls of 50-66% by 2030 and a massive increase in battery storage, linked to increasingly smart and efficient digital power grids. In the UK alone, government advisers say a smart grid could save bill-payers £8bn a year by 2030, as well as slashing carbon emissions.
Fears that lithium-ion, the technology that dominates today, cannot be scaled up sufficiently are overblown, argues Liebreich, as the metal is not rare. “I think lithium-ion is a banker in that you can be sure it will get cheaper and you can be sure there is enough.” He is also frustrated by frequent claims that a grid based on renewables and storage cannot be cheap and reliable: “That stupidity and absolute certainty is in inverse proportion to any knowledge of how you run an electrical system.”
It is true, however, that batteries will not be the solution for energy storage over weeks or months. For that, long-distance electricity interconnectors are being built and the storage of the energy as gas is also being explored.
6. Efficiency: negawatts over megawatts
Just as important as the greening of energy is reducing demand by boosting energy efficiency. It’s a no-brainer in climate policy, but it can be very tricky to make happen, as it requires action from millions of people.
Nonetheless, good progress is being made in places such as the EU, where efficiency in homes, transport and industry has improved by about 20% since 2000. Improving the efficiency of gadgets and appliances through better standards is surprisingly important: a new UN Environment Programme report shows it makes the biggest impact of any single action bar rolling out wind and solar power.
But again, continued progress is vital. “We need to drive energy efficiency very, very hard, even for European countries,” says Prof Kevin Anderson at the University of Manchester. “We could power down European energy use by about 40% in something like 10-15 years, just by making the most efficient appliances available the new minimum.”
In countries with cool winters, better insulation is also needed, particularly as a fossil fuel – natural gas – currently provides a lot of heating. “What is a crime is every time a building is renovated but not renovated to really high standards,” says Liebreich, who thinks labelling such homes as “zero-energy-bill” homes, not “zero-carbon” homes, would help overcome opposition.
The destruction of forests around the world for ranching and farming, as well as for timber, causes about 10% of greenhouse gas emissions. This is the biggest megatrend not yet pointing in the right direction: annual tree losses have roughly doubled since 2000.
This is particularly worrying as stopping deforestation and planting new trees is, in theory at least, among the cheapest and fastest ways of cutting carbon emissions. But it is not getting the support it needs, says Michael Wolosin at Forest Climate Analytics. “Climate policy is massively underfunding forests – they receive only about 2% of global climate finance.” Furthermore, the .3bn committed to forests by rich nations and multilateral institutions since 2010 is tiny compared with the funding for the sectors that drive deforestation. “Brazil and Indonesia’s governments alone invested 6bn in the same timeframe, in just the four key driver commodities: palm oil, soy, beef and timber,” says Franziska Haupt at Climate Focus.
In the past two decades, tree-planting in China, India and South Korea has removed more than 12bn tonnes of CO2 from the atmosphere – three times the entire European Union’s annual emissions, Wolosin says. This action was driven by fears about flooding and food supply, meaning that global warming needs to be seen as equally urgent in this sector. Regrowing forests can also play a crucial role in sucking CO2 out of the atmosphere, which is likely to be necessary after 2050, unless very sharp cuts are made now.
The race against time
Will these megatrends move fast enough to avoid the worst of climate change? Opinions vary and Anderson is among the most hawkish. He says it remains possible for now, but is pessimistic that the action will be taken. “We’re pointing in the right direction but not moving [there]. We have to not just pursue renewables and electric vehicles and so forth, we have to actively close down the incumbent fossil fuel industry.”
Stern is cautiously optimistic, saying that what has changed in recent years is the realisation that green economic growth is the only long-term option: “There is no long-run high-carbon growth story because it creates an environment so hostile that it turns development backwards.
“There are some tremendous developments so I am very confident now we can do this, but the change, attractive as it is, has to be radical,” he says. “Will we have the political and economic understanding and commitment to get there? I hope so.”
Putting cities on a course of smart growth – with expanded public transit, energy-saving buildings, and better waste management – could save as much as tn and avoid the equivalent in carbon pollution of India’s entire annual output of greenhouse gasses, according to leading economists.
The Global Commission on Economy and Climate, an independent initiative by former finance ministers and leading research institutions from Britain and six other countries, found climate-smart cities would spur economic growth and a better quality of life – at the same time as cutting carbon pollution.
If national governments back those efforts, the savings on transport, buildings, and waste disposal could reach up to tn (£14tn) by 2050, the researchers found. By 2030, those efforts would avoid the equivalent of 3.7 gigatonnes a year – more than India’s current greenhouse gas emissions, the report found.
The finding upends the notion that it is too expensive to do anything about climate change – or that such efforts would make little real difference. Not true, said the researchers.
“There is now increasing evidence that emissions can decrease while economies continue to grow,” said Seth Schultz, a researcher for the C40 Cities Climate Leadership Group who consulted on the report.
“Becoming more sustainable and putting the world – specifically cities – on a low carbon trajectory is actually feasible and good economics.”
The report called on the world’s leading cities to commit to low carbon development strategies by 2020.
The findings, were released as the United Nations and environmental groups try to spur greater action on climate change ahead of critical negotiations in Paris at the end of the year.
The Paris meeting is seen as a linchpin of efforts to hold warming to 2C by moving the global economy away from fossil fuels to cleaner sources of energy.
The UN concedes the climate commitments to date fall far short of the 2C goal. But the strategies outlined in the report – some of which are being put into place already – would on their own make up about 20% of that gap, said Amanda Eichel of Bloomberg Philanthropies who also consulted on the report.
Two-thirds of the world’s population will live in urban areas by 2050, with Africa’s urban population growing at twice the rate of the rest of the world.
The right choices now, in terms of long-term planning for urban development and transport, could improve people’s lives and fight climate change, the report found.
Investing in public transport would make the biggest immediate difference, the report found. Air pollution is already choking the sprawling cities of India and China. Traffic jams and accidents are taking a toll on the local economy in cities from Cairo to Sao Paulo.
But building bus lanes, such as those rolling out in Buenos Aires, could cut commuting time by up to 50%, the report said.
Green building standards could cut electricity use, reduce heat island effects, and reduce demand for water. In waste management, biogas from waste could be harnessed as fuel to provide electricity to communities, as was already being done by Lagos in Nigeria and other cities.
Imagine living in a house that contributed to society: a house that produced energy, while consuming none itself. Well, imagine no more. After perfecting the “passivhaus”, which consumes minimal energy, engineers and architects have developed the energy positive house.
Generating energy is one thing, building a house is another. But with its plant-decorated walls and enormous double-glazed windows, the ArchiBlox Positive House, introduced in Melbourne’s City Square last month, looks elegant and modernist. “The trick is to make the sustainable and performance products visually pleasing while also practical,” reports David Martin, construction director of the ArchiBlox Positive House – the world’s first pre-fab energy positive house.
Rooftop solar panels and cooling tubes generate energy and regulate the temperature, while double-glazed windows and thick walls conserve energy. The end result: surplus power.
The ArchiBlox team is not alone in successfully completing the energy positive challenge. The German city of Königsbrunn, working in collaboration with the Augsburg University of Applied Sciences and a local gas and electricity company, is finalising the cube-like Visioneum in the central square, where city officials hope its presence will inspire residents to think about their household energy consumption.
At the University of California, Berkeley, students working in collaboration with Honda have developed yet another concept, the Honda Smart Home, which looks more like a typical terraced house, but which generates surplus energy the same way as the ArchiBlox and the Visioneum: by radically conserving it while generating more than it needs though solar panels.
Students at the Delft University of Technology, meanwhile, have invented a highly innovative “skin” that can be attached to existing houses with similar results. And in Norway, architecture firm Future Built has managed to turn two ordinary office buildings into energy-generating ones, cutting their energy use by 90% through additional insulation and the use of sensors to control light and heating. Here, too, solar panels on the roof provide energy that can be sold back to the grid.
With cars and homes accounting for 44% of greenhouse gasses in United States (and similar percentages in Europe), it’s no surprise that researchers and architects are trying to find ways of making homes more energy-efficient.
“The development of smart technologies, like the Google Nest, is making energy savings more convenient for users by allowing for control over temperatures in the house while you are away from the house, and allowing temperatures to follow your daily routines”, notes Esben Alslund-Lanthén, an analyst at the Danish sustainability thinktank Sustainia.
Kristian Edwards says building a plus-house is technically straightforward. “We calculated how many square meters of solar panels we needed and optimised the angle of the roof to get maximum solar yield,” he reports. “But plus-houses are also about minimising energy consumption, so we used as much recycled material as possible, such as whole bricks from a barn nearby.” With its box-like wooden top floor slanted over the lower floor for maximum sun exposure, Snøhetta’s experiment – the ZEB Multi-Comfort House, located in the Norwegian city of Larvik – boasts a visually striking appearance.
There’s just one thing: the cost. “Cost is always a factor when building houses that are taking advantage of the newest technology”, notes Alslund-Lanthén. “Plus-houses will likely remain more expensive than conventional houses, but on the other hand the owners will benefit from lower utility bills throughout the lifetime of the house, and in many cases from added benefits such as a better indoor climate due to improved ventilation, more daylight and better insulation.”
But Edwards, an architect at the Snøhetta architechture firm in Oslo, argues that plus-houses don’t have to be expensive, noting that a ZEB-style house may only cost 25% more to build than a similar, newly-designed home. The dropping cost of photovoltaic cells will also aid the advance of plus-houses.
Either way, utility companies are currently developing new payment models that will allow home owners to pay back the cost of the new technologies through energy savings. Other plus-house owners may opt to sell their surplus energy to the grid. At the ZEB house, in turn, surplus energy will power the electric car that future residents may own.
What’s life in a plus-house like? Norwegian families have volunteered to test the ZEB house for three months each and will report their findings to Edwards and his Snøhetta colleagues. And David Martin is about to find out for himself, having signed up to live in his ArchiBlox construction with his young family for the next 24 months.
Here’s how the two big parties stand on some of the key upcoming environmental issues, from crunch UN climate negotiations and how and whether the UK should frack, to what to do about the country’s energy inefficient homes and whether the government should keep killing badgers.
David Cameron, Ed Miliband and Nick Clegg have signed a cross-party pledge on climate action, but the issue is still approached differently by the parties.
Labour leader Miliband has been forthright in placing climate change on the party’s agenda. In an op-ed in the Observer last week, he said climate change was a key economic issue for the UK and attacked Tory MPs who he said “flirt with climate change denial”.
Miliband’s shadow energy and climate change minister Jonathan Reynolds told an audience in London last week: “I look at the Conservative party front bench and I do not see anyone coming through who takes this agenda seriously, who wants to develop ideas on it … To me, the Conservative party, having had that phase where it looked like it was going to embrace this agenda, has fundamentally moved away from it and that is a great shame indeed.”
But Greg Barker, Cameron’s climate envoy who was also on the panel, disagreed: “There are lots of green Tories.”
When pressed for names Barker was able to cite just one example – Matt Hancock a minister for business, enterprise and energy – before saying:
“The most important green Tory is David Cameron and he has consistently been my greatest ally in government.”
But Cameron’s rhetoric on climate change has been undermined by his elevation of prominent climate sceptics to influential positions within the government’s environmental departments. The nadir was the much-lambasted and summarily-ended tenure of Owen Paterson as environment secretary, who has called climate science “consistently and widely exaggerated”. Michael Fallon who was a minister for climate change has also questioned climate science. These appointments represent an undercurrent of scepticism in the Conservative party. Last year a poll found just 30% of Tory MPs accepted it was “now an established scientific fact that climate change is largely man-made”.
The election will also decide who represents the UK at the defining climate conference in Paris this December. Labour has employed former deputy PM John Prescott, who led the UK’s delegation on the Kyoto protocol, and it can be expected that he would take a lead role in any negotiations. Liberal Democrat secretary of energy and climate change Ed Davey, who has been the UK’s lead in climate talks, will need a hung parliament and a new coalition deal to see the job through to Paris. Should the Tories win government outright, Barker, may retain an active role despite his imminent retirement from politics.
More contentious than the need for action, will be the question of how Britain achieves decarbonisation. In order to chart a way to its goal of 80% emissions reductions from 1990 levels by 2050, the UK has defined how much carbon it can burn in five yearly periods from 2008 until 2028. These are known as the carbon budgets.
In December 2015, the Committee on Climate Change (CCC) will advise on Britain’s emissions reductions between 2028 and 2032 – the fifth carbon budget. Under the law, the sitting government must accept this advice and implement policies to achieve the reductions.
Chairman of the CCC John Gummer says, with coal heading for oblivion by the time its term begins, the fifth carbon budget will be the toughest to legislate. “Whoever is in power, there will be tough discussion about how we do that because the fifth carbon budget is going to be very difficult indeed in the sense that we’ll have picked off a lot of the low hanging fruit.”
Clean energy: onshore wind and nuclear
Labour and the Conservatives largely agree that Britain’s low-carbon future involves a broad suite of energy sources, including renewable technologies, nuclear and potentially domestic shale gas. But how much of each and their enthusiasm for certain technologies varies significantly.
“No doubt there is greater appetite for the nuclear component and a lesser appetite for onshore wind among Conservatives and a smaller appetite for the nuclear component in the Labour party,” says Gummer.
Jim Watson, research director of the UK Energy Research Centre, says the Tories’ opposition to certain forms of renewables runs counter to the interests of taxpayers. “If we want to reduce the costs of meeting our climate targets we ought to be enabling the lower cost technologies to come through and be built to save people money. It seems odd to me that a politician of whatever party would want to stand in the way of a technology that lowers the cost of meeting our climate targets for consumers.”
“Are they going to go all out and say onshore wind has a real future in the UK if you vote for us? They haven’t quite done that yet and it’d be an interesting binary moment for them to go for.”
By the time the fifth carbon budget is announced in December, says Gummer, whichever party (or parties) is in government may have had the argument settled for them. “The price of renewables is falling much more sharply than even the most optimistic would have said and the situation of nuclear is of course still not certain with the delay on the next stage of Hinkley [Point C nuclear power station]”.
The issue of shale gas exploration, or fracking, will be another key decision during the planning of the fifth carbon budget, says Watson.
“How much gas we can burn in the context of our targets and what is the role of shale gas within that will certainly come up, for whatever government is in power,” he says.
“You’re really talking about difference of emphasis,” says Watson. “But there really isn’t a clear difference of one party is really for it and one party is really against it. I just detect a more cautious approach from Labour. There isn’t the same sort of rhetoric that there is from some government ministers.”
Watson says some less-straightforward electoral outcomes could influence the politics of fracking during the next term. Scotland has implemented a moratorium on fracking. Watson raises the possibility that a Labour-Scottish National party coalition (a possibility being hawked by the Tories) may have a more adversarial attitude towards shale gas.
The Welsh government is investigating its legal options to implement such a ban. The national Labour party has committed to devolving powers to Wales to allow them to ban fracking.
Badgers and foxes are perhaps the only environmental issues where daylight exists between the Tories and Labour. Should the Conservatives win in May, they will allow a free vote on repealing the Hunting Act, which bans hunting with dogs. They will also continue and expand the badger cull. Labour stands opposed to both these policies.
There is massive public opposition to both the badger cull (42% against, 36% for) and fox hunting (80% against). So why are the Tories swimming against the flow? These debates hark back to the days before the UK’s politics became a bland amble to the centre. They are based on ancient rivalries between the country and the city, a small group of landowning toffs versus the renting class.
But most importantly, they are politically irrelevant. “It’s very easy for the parties to hold those different positions because they speak to different audiences that don’t really cross over … It’s very easy to get off the fence both ways,” says Harper. Few people will decide their vote on animal welfare issues. The Tories might grab a few votes from Ukip in rural areas and Labour from the Greens, but the floating centre has more pressing concerns.
The coalition government’s flagship energy efficiency scheme, the green deal, has become a traumatic experience for its architects. Despite recent successes in some aspects of the grants-for-home-improvements scheme, the overall take-up has been disappointing. This has left the UK’s desperately needed drive for household energy efficiency languishing.
The Conservatives are yet to outline exactly how they will approach this tainted issue in the next parliament. Harper suggests it is a case of once bitten, twice shy.
“I think the Tories feel burnt by the green deal and they haven’t really come up with how they’d deal with it. I’d be interested to see what’s in the manifesto on that. At the moment it just feels like they are still amazed that it didn’t work,” he says.
Labour on the other hand, smelling electoral blood in the water, has pre-emptively announced an interest-free loan scheme that will replace the green deal grants. As part of a five-part efficiency strategy, Labour says the loans will improve up to one million homes during the next parliament. But the Green Building Council has warned that Labour may have to further sweeten the deal in order to motivate homeowners.
Nature is the thorn in the free market’s side, that pesky “externality” that the UK’s major parties don’t really know what to do about. So on the whole, they ignore it.
“The thing that is absent from the narrative of both parties right now is a real vision for what they are going to do about nature. And how we’re going to stop the losing battle of our habitats and our local environment getting worse and worse with every passing year and for the last 50 years,” says Harper.
“That conversation, that ambition hasn’t really been owned by either of the main parties. Their manifestos will have to address it in some way and I think what you’ll see is a lot of the big natural environment organisations, like the RSPB and the Wildlife Trusts and so on, will be pushing for … clear legislative plans to restore nature at a national level.”